Terms & Conditions
Terms of payment
These Online Payment Terms apply to the use of the online payment transaction services (the Services) for the payment of certain types of transactions as made available by Centre for Advanced Professional Practices DMCC Dubai, UAE from time to time through the CAPP website.

These Online Payment Terms constitute a contract between you and CAPP. Please read them carefully. You may either accept or decline the Terms as indicated at the bottom of this page, but to make payment using the Services you must accept the Terms by clicking "I Accept".

Please note that the Online Payment Terms may be altered or added to by the CAPP at any time that CAPP determines necessary, with or without notice. Please, therefore, ensure that you read the Terms carefully on each occasion that you use the Services.

Payment of registration fees
The registration fees can be paid in Dirhams (AED) or US dollars.
Payment may be made using only Visa or MasterCard Credit cards or Debit card.
Once a payment has been made it cannot be cancelled.

Refund/Cancellation policy
A Refund of the registration fee will be made as follows:
- Notification in writing 40 days prior the event -50% refund.
20 days prior to the event - no refund can be given.

Discounts
Only one(1) discount may be applied to an individual registration. Under no circumstances can any of the discounts be combined. Your registration must be paid in full in order to receive the pricing for those discounts.

Privacy Policy
All personal data provided to the Organizer for registration will be treated as confidential. The data shall be used and stored for further processing and documentation purposes. The information will not be re-used for an incompatible purpose.
CAD/CAM Logo

IPS e.max ZirCAD


Versatile zirconium oxide to supplement the all-ceramic range

IPS e.max ZirCAD will be enhanced with new zirconia discs and blocks

IPS e.max is the flagship all-ceramic system from Ivoclar Vivadent. Since it was launched, the IPS e.max range has comprised lithium disilicate glass-ceramic materials (IPS e.max Press and IPS e.max CAD) and zirconium oxide (IPS e.max ZirCAD). Now the range will be extended to include zirconium oxide discs and blocks for the fabrication of natural looking restorations with optimized properties.

Beside lithium disilicate, monolithic zirconium oxide is one of the most commonly used all-ceramic materials due to its high flexural strength and fracture toughness. Given its robustness, the material allows the fabrication of restorations that have a clearly reduced wall thickness. This enables a tooth-conserving preparation design. The field of applications of IPS e.max ZirCAD ranges from monolithic and veneered crowns and bridges to implant-supported superstructures.

Maximum efficiency and esthetics
IPS e.max ZirCAD MT Multi is the centrepiece of the system. It is based on a especially designed powder formulation and an innovative shading technology. IPS e.max ZirCAD MT results in restorations that demonstrate a natural progression of shade and translucency from the dentin to the enamel. This allows restorations in A-D shades to be produced efficiently and expeditiously without requiring additional characterization and staining. The resulting crowns and bridges exhibit a natural translucency and shade effect.

Discs and blocks
The discs are available in three levels of translucency (MT, LT, MO) and in a polychromatic MT Multi version. In addition, the LT materials are supplied in blocks in 7 A-D shades and a Bleach shade.

Milling and sintering
The materials have been optimized for processing in the new PrograMill milling units from Ivoclar Vivadent. The milling units combine the requirements of modern dental technology with innovative materials and coordinated processes. They deliver outstanding milling and grinding results. A variety of programs are available for sintering in the Programat S1 1600 furnace, ranging from speed sintering programs to a program that allows IPS e.max ZirCAD restorations to be sintered independently of the level of translucency. These features will enhance the furnace utilization and flexibility in the day-to-day work of dental labs.

All-ceramics extended
IPS e.max lithium disilicate and IPS e.max zirconium oxide offer versatile options. IPS e.max is the only all-ceramic range that brings these two materials together in a single system that allows all indications in fixed prosthetics to be covered with an all-ceramic option.

IPS e.max® and Programat® are registered trademarks of Ivoclar Vivadent AG.